void renderStudentScene(S_Renderer *pRenderer, S_Model *pModel)
{
/* test existence frame bufferu a modelu */
IZG_ASSERT(pModel && pRenderer);
/* nastavit projekcni matici */
trProjectionPerspective(pRenderer->camera_dist, pRenderer->frame_w, pRenderer->frame_h);
/* vycistit model matici */
trLoadIdentity();
/* nejprve nastavime posuv cele sceny od/ke kamere */
trTranslate(0.0, 0.0, pRenderer->scene_move_z);
/* nejprve nastavime posuv cele sceny v rovine XY */
trTranslate(pRenderer->scene_move_x, pRenderer->scene_move_y, 0.0);
/* natoceni cele sceny - jen ve dvou smerech - mys je jen 2D... :( */
trRotateX(pRenderer->scene_rot_x);
trRotateY(pRenderer->scene_rot_y);
/* nastavime material */
/*
renMatAmbient(pRenderer, &MAT_RED_AMBIENT);
renMatDiffuse(pRenderer, &MAT_RED_DIFFUSE);
renMatSpecular(pRenderer, &MAT_RED_SPECULAR);
//*/
renMatAmbient(pRenderer, &MAT_WHITE_AMBIENT);
renMatDiffuse(pRenderer, &MAT_WHITE_DIFFUSE);
renMatSpecular(pRenderer, &MAT_WHITE_SPECULAR);
/* a vykreslime nas model (ve vychozim stavu kreslime pouze snimek 0) */
renderModel(pRenderer, pModel, myStudFrame);
}
void renderScene()
{
/* test existence frame bufferu a modelu */
IZG_ASSERT(polymodel && renderer);
/* nastavit projekcni matici */
trProjectionPerspective(renderer->camera_dist, renderer->frame_w, renderer->frame_h);
/* vycistit model matici */
trLoadIdentity();
/* nejprve nastavime posuv cele sceny od/ke kamere */
trTranslate(0.0, 0.0, renderer->scene_move_z);
/* natoceni cele sceny - jen ve dvou smerech - mys je jen 2D... :( */
trRotateX(renderer->scene_rot_x);
trRotateY(renderer->scene_rot_y);
/* nastavime material */
renMatAmbient(renderer, &MAT_RED_AMBIENT);
renMatDiffuse(renderer, &MAT_RED_DIFFUSE);
renMatSpecular(renderer, &MAT_RED_SPECULAR);
/* a vykreslime nas model */
renderModel();
}
void renderStudentScene(S_Renderer *pRenderer, S_Model *pModel)
{
S_StudentRenderer * renderer = (S_StudentRenderer *) pRenderer;
S_Frag * frag;
S_RGBA resultColor;
int x = 0;
int y = 0;
int i = 0;
double transparency = 0.0;
/* test existence frame bufferu a modelu */
IZG_ASSERT(pModel && pRenderer);
/* nastavit projekcni matici */
trProjectionPerspective(pRenderer->camera_dist, pRenderer->frame_w, pRenderer->frame_h);
/* vycistit model matici */
trLoadIdentity();
/* nejprve nastavime posuv cele sceny od/ke kamere */
trTranslate(0.0, 0.0, pRenderer->scene_move_z);
/* nejprve nastavime posuv cele sceny v rovine XY */
trTranslate(pRenderer->scene_move_x, pRenderer->scene_move_y, 0.0);
/* natoceni cele sceny - jen ve dvou smerech - mys je jen 2D... :( */
trRotateX(pRenderer->scene_rot_x);
trRotateY(pRenderer->scene_rot_y);
///////////////////////////////// cerveny kralik ///////////////////////////////////
/* nastavime material */
renMatAmbient(pRenderer, &MAT_RED_AMBIENT);
renMatDiffuse(pRenderer, &MAT_RED_DIFFUSE);
renMatSpecular(pRenderer, &MAT_RED_SPECULAR);
/* nejprve nastavime posuv cele sceny v rovine XY */
trTranslate(pRenderer->scene_move_x - 1.2, pRenderer->scene_move_y, 0.0);
/* a vykreslime nas model */
renderModel(pRenderer, pModel);
///////////////////////////////// zeleny kralik ///////////////////////////////////
/* nastavime material */
renMatAmbient(pRenderer, &MAT_STUD_AMBIENT);
renMatDiffuse(pRenderer, &MAT_STUD_DIFFUSE);
renMatSpecular(pRenderer, &MAT_STUD_SPECULAR);
/* nejprve nastavime posuv cele sceny v rovine XY */
trTranslate(pRenderer->scene_move_x + 2.4, pRenderer->scene_move_y, 0.0);
/* a vykreslime nas model */
renderModel(pRenderer, pModel);
///////////////////////////////////////////////////////////////////////////////////
// vypocet barvy a jeji vykresleni
for(x = 0; x < pRenderer->frame_h; x++)
{
for(y = 0; y < pRenderer->frame_w; y++)
{
// inicializace
transparency = 1.0;
resultColor.red = 0;
resultColor.green = 0;
resultColor.blue = 0;
resultColor.alpha = 0;
i = renderer->hBuffer[y * pRenderer->frame_w + x];
if(i < 0) resultColor = COLOR_BLACK;
// vypocet smichane barvy
while(i >= 0)
{
frag = fragvecGetPtr(renderer->nBuffer, i);
resultColor.blue += transparency * frag->color.blue;
resultColor.red += transparency * frag->color.red;
resultColor.green += transparency * frag->color.green;
transparency *= (1.0 - (frag->color.alpha / 255.0));
i = frag->next;
}
// vykresleni vypocteneho pixelu
PIXEL(pRenderer, x, y) = resultColor;
}
}
}
void renSetupProjection(S_Renderer *pRenderer)
{
IZG_ASSERT(pRenderer);
trProjectionPerspective(pRenderer->camera_dist, pRenderer->frame_w, pRenderer->frame_h);
}
